Zelgraphane®

Why Choose Zelgraphane®

Zelgraphane is produced using advanced technology that converts renewable biomass into graphene. This method leverages sustainable organic materials like agricultural waste, ensuring a continuous supply. The process involves converting biomass into carbon-rich compounds, then synthesizing graphene through techniques like pyrolysis. This eco-friendly approach offers cost-effective, high-quality graphene for applications in electronics, energy storage, and composite materials.

Raman Spectra of Graphene produced from Green sources

Exceptional Properties

• Strength: ZelGraphene has superior structural integrity and mechanical strength.

• Conductivity: Its exceptional electrical and thermal conductivity makes it ideal for cutting-edge electronic photocatalytic, electromagnetic, and energy storage applications.

• Flexibility: The material’s unique flexibility allows for innovative uses in wearable technology and flexible electronics.

Green Sustainable and Eco-Friendly

India can achieve self-reliance without depending on imported graphite by using advanced technologies like Zelgraphane. This green, sustainable, and eco-friendly method uses renewable biomass sources instead of mined or artificial materials to produce graphene. The preparation process itself is environmentally friendly, releasing carbon credits, and ensuring a continuous and responsible supply. This approach supports various industries with high-quality, domestically produced graphene while reducing dependency on foreign sources.

Commercial and Political Advantages

• Economic Strength: Zelgraphane’s production from national raw materials enhances economic stability and growth.

• Political Leverage: Reducing dependency on international raw materials provides significant political and commercial leverage, promoting national resilience.

Conclusion

Zelgraphane is a groundbreaking product that combines superior properties with national and environmental benefits. It is a strategic choice for industries looking to innovate while supporting national interests and sustainability.

National Interest

India can become self-reliant without depending on imported graphite by harnessing advanced technologies like Zelgraphane. By converting renewable biomass into graphene, India can ensure a sustainable, cost-effective supply of this critical material. This would reduce dependency on foreign mind graphite, bolster economic independence, and support various industries such as electronics, energy storage, and composites with high-quality, domestically produced graphene.

Application

Greengraphene for anticorrosive, anti-scratch paint and coatings

Revolutionary advancements in Greengraphene technology.

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Strong and multifunctional fabric using graphene from green sources

Greengraphene for electrode and printed electronics

Photocatalytic Spryable solution for UTI in toilets

Related Research paper

Green graphene supported Cu2O-Ag2O S-scheme photocatalyst with high disinfection activity for prevention of urinary tract infection in toilets: A metagenomic analysis

Particle size-dependent anti-corrosion and mechanical behavior of green-graphene composite

Sustainable additives for anticorrosive bitumen coatings on carbon steel under marine environment: Harnessing remnant agricultural biomass-derived green graphene

Application of persulfate-assisted graphitic carbon, derived through pyrolysis of waste biomass, driven by visible light, for the removal of tetracycline from water: Mechanisms and performance influencing parameters

Enhancing structural resilience by using 3D printed complex polymer reinforcement for high damage tolerant structures

Engineering defect concentration and morphology of green graphene for the development of hard and anticorrosive coating on carbon steel

GreengrapheneTechnology

Industrial Applicability

Paint Industries

Jute Industries

Textile Industries

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